Electrolytic device applied to sink

Abstract

The invention discloses an electrolytic device applied to a sink. The electrolytic device comprises the sink, a water injection device, a purification module and a control module. The purification module comprises a purification generator and a water body power driving device, the purification generator is provided with a plurality of electrolytic units, the electrolytic units comprise positive electrodes, negative electrodes and electrolytic membranes, the positive electrodes and the negative electrodes are opposite to one another, the electrolytic membranes are positioned between the positive electrodes and the negative electrodes, a water pump is communicated with a right sink via a positive electrode water outlet pipe and is communicated with a left sink via a negative electrode wateroutlet pipe, electrolyzed positive electrode water can be released by the right sink and can be used for disinfection and sterilization, and electrolyzed negative electrode water can be released by the left sink and can be used for decontamination. The electrolytic device has the advantages that the electrolytic device is reasonable in design, spaces of the sink can be sufficiently utilized, the multifunctional electrolytic units can be loaded, and accordingly the requirements on disinfection and decontamination functions in daily life can be sufficiently met; the areas of the negative electrodes are larger than those of the positive electrodes, accordingly, the negative electrode water can be advantageously generated, and the requirements on decontamination application can be effectivelymet; the electrolytic time can be judged by the aid of pH (potential of hydrogen) sensors, and accordingly the electrolytic device can be conveniently and quickly used.

Description

technical field [0001] The invention relates to the field of purifiers, in particular to an electrolysis device applied to water tanks. Background technique [0002] In daily life, there are two main ways to clean food, one is manual cleaning, and the other is machine cleaning. Manual cleaning is not only labor-intensive, time-consuming, labor-intensive, waste water, and the cleaning effect is not good, often cannot completely remove residual pollutants, bacteria, parasite eggs and other harmful substances, causing huge hidden dangers to people's health. The use of machines to clean food is divided into the following methods: pure mechanical stirring, water washing, ozone disinfection and water oxyhydroxide. Among them, the mechanical agitation type and the water flushing type have great damage to food, high nutrient loss, high power and water consumption, and cannot be effectively and thoroughly cleaned; the ozone disinfection type cleaning is not easy to control the ozone...

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Problems solved by technology

[0005] However, the previous application of this application did not fully disclose the structure and operation of the electrolysis module, and the functions are relatively single, which is difficult to meet the market demand

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